Potassium holds an important function in both cell and energy-related functions. Potassium is considered to be one of the important blood minerals. Potassium regulates the balance of both water and acid in our blood and body tissues. Food which are high in potassium include white beans, spinach, plain yogurt, broccoli, sweet potato milk, bacon, oranges and many more. One should avoid the excessive intake of salt because too much intake of salt in the body may cause complications or illnesses in our body. Some illnesses caused by too much salt in the body are fluid retention, high blood pressure, Kidney problems and heart failure.
Answer:
A single nucleotide changes in CCG which will result in missense mutation can be many possibilities.
Explanation:
Missense mutations
CCG codes for Proline amino acid
• Mutation in first nucleotide codes for
UCG specifically encodes Serine
ACG specifically encodes Threonine
GCG specifically encodes Alanine
Missense mutation
• Mutation in second nucleotide specify for coding
CUG specifically encodes Leucine
CAG specifically encodes Glutamine
CGG specifically encodes Arginine
• Mutation in Third Nucleotide will not result in missense mutation because any point mutation in third nucleotide of codon will encode same amino acid i.e Proline.
yes it does that's what makes it an atom.
Answer:
A. is the answer
Explanation:
Oil, coal and natural gas resources are non renewable energy sources.
Answer:
DNA is first checked during the G1/S. This is when the integrity of DNA is checked to make sure it's correct and ready to be replicated in the S phase. If the DNA fails the check, it can leave the cell cycle or enter a resting phase called G0, where it stays until the DNA is corrected. Any damage is fixed by proteins, the key one being the p53 protein, a tumor suppressor. It works by halting the cell cycle and activating repair proteins. If the damage is irreparable, it initiates apoptosis, programmed cell death, to prevent the damaged DNA from replicating and dividing into cells. If this gene is missing or mutated, damaged cells continue to replicated rapidly and lead to the rise of tumors and thus cancer. If nothing is wrong or the errors are fixed, the G1/S checkpoint gives the green light, to allow DNA to replicate. The now replicated chromosomes are once again checked in the G2 checkpoint. Here, they're checked again for integrity and whether or not replication occurred correctly. If the DNA fails these checks, the cell once again attempts to fix the problems. If these problems aren't corrected due to mutations in the repair proteins, the cells containing the damaged chromosomes will continue to replicate rapidly and cause cancer. Should no problems occur, cyclin dependent kinases (CDKs) are activated and allow the cell to continue into mitosis. DNA damage can basically lead to the rapid division of mutated cells and cancer.
